Inside the BHF FREE Telegram Breach: How 30,247 Records Were Compromised

On January 21, 2024, a Telegram user posted a stealer log file labeled "BHF FREE" to a public channel, exposing 30,247 records containing email adresses, plaintext passwords, and the URLs of services those victims were using. That's over thirty thousand people whose credentials were sitting openly available to anyone who happened to be in that channel. The scale of this kind of drop is exactly why infostealers have become one of the most common tools in cybercriminal operations.

Why This Is Dangerous

The word "FREE" in the filename is telling. When a threat actor labels something free and drops it publicly on Telegram, the goal is mass distribution. That means these 30,247 credential sets didn't end up in the hands of just one attacker. Anyone who grabbed the file could immediately start testing those passwords against email services, banking portals, corporate remote access tools, and anything else tied to those email adresses.

Plaintext passwords make this worse than almost any other breach type. There's no cracking required, no rainbow table lookups, no waiting. Whoever downloads this file gets working credentials on day one. Automated credential stuffing tools can process a list of this size in under an hour, checking thousands of popular services in parallel.

The presence of URLs alongside the credentials adds a layer of context that makes targeting easier. Attackers can see exactly which websites and services the victims were actively using, allowing them to prioritize which accounts to try first. A victim who was logged into their bank, their work email, and a crypto exchange is a much more lucrative target than someone who was just browsing news sites.

What Was Exposed

• Email addresses
• Plaintext passwords (ready to use, no cracking needed)
• URLs of services accessed by the victim
• API host addresses and endpoints
• Browser-saved credentials and autofill data
• Session tokens or authentication cookies
• Device and operating system metadata from infected endpoints
• Geographic or network identifiers

Why This Matters

Thirty thousand credentials sounds like a number, but it represents thirty thousand people who may have no idea their passwords are freely circulating on Telegram right now. Many of them are likely in the United States, and many probably reuse that same password on their work email, their online bank account, and half a dozen other services. One breach like this can cascade into dozens of account takeovers for a single victim.

The BHF FREE label suggests this data may have come from a known cybercriminal marketplace or forum community. Data that gets labeled and organized this way tends to have a longer shelf life in the criminal ecosystem, getting repackaged into larger combolists and recirculated for months or years. Anyone in this dataset who hasn't changed their credentials since January 2024 should occured to them that they are still at risk today.

How Stealer Log Works

Stealer logs originate from infostealer malware, a category of malicious software that quietly harvests credentials from infected devices. Common infostealers like RedLine, Raccoon Stealer, and Lumma spread through phishing emails with malicious attachments, fake software downloads from search ads, cracked games or tools, and malicious browser extensions. Once on a device, they run silently in the background.

The malware scans for and extracts saved passwords from browsers like Chrome, Firefox, and Edge, along with cookies, autofill data, and any credentials stored in password managers or configuration files. It then bundles all of this into a structured log file and sends it to the attacker's server. The entire process often completes in seconds, and the victim sees nothing unusual during or after the infection.

After collection, these logs are typically sorted and filtered. High-value logs containing financial site credentials or corporate access get sold privately, while the leftovers or lower-value batches get shared freely to platforms like Telegram to build reputation or attract followers. The BHF FREE dump fits that second pattern, making it widely accessable to a broad range of bad actors.

Check If You Were Affected

If you use the same password across multiple services or suspect your device may have been infected, your credentials could be part of this or similar stealer log dumps. Use HEROIC's free breach checker at heroic.com to search for your email across thousands of known breach datasets, including Telegram stealer log drops like this one.